Sprint said this week that it will work with Ericsson to build a “distributed and virtualized core network dedicated specifically to IoT (Internet of Things).” The Sprint IoT offering also will be underpinned by an operating system for the IoT that the partners will develop.
In a press release, Sprint Senior Vice President of IoT Ivo Rook said the Sprint IoT platform will support “the most demanding applications like artificial intelligence, edge computing, robotics, autonomous vehicles and more” with “ultra-low-latency” and “the highest availability.”
Sprint isn’t the first wireless company to talk about using a distributed network to support low latency. AT&T also has touted the benefits of using intelligence at the network edge to minimize the time that messages must travel between an IoT device and edge computing facilities that support it and has said it will repurpose some of its telecom central offices as edge computing facilities, ultimately establishing tens of thousands of edge computing facilities.
The Sprint press release did not have a similar level of detail about that company’s plans and a Sprint spokesperson did not immediately reply to a request from Telecompetitor for more information about that. We will publish an update whenever we hear back from them.
As for the new operating system (OS) that Sprint is developing with Ericsson, the carrier said the OS will provide:
- Connectivity and device management to enable “simplified inbound and outbound activity for device connectivity”
- Configuration and updates of firmware and software will be managed for each device
- “Full subscription lifecycle management” and monitoring of billing and usage data
- The ability to ingest “enormous” amounts of data while delivering “immediate intelligence” on that data
- Service assurance for all IoT elements and enterprise locations, including network operations center monitoring, service resource fulfillment, cloud orchestration management and application management
A Competitive Market
Wireless carrier IoT announcements have been coming out quite frequently in recent months, focused primarily on the communications protocols that their networks will support. Carriers are expected to offer at least three different options, each of which meets different needs in terms of bandwidth and other features. The three cellular options that the industry seems to be coalescing around include Cat 1, Cat M (also known as Cat M1) and NB-IoT (also known as Cat NB1).
AT&T also offers Cat 1 and Cat M/Cat M1 service and plans to add NB-IoT connectivity next year.
Sprint last year said it planned to offer Cat 1 by mid-year and Cat M/Cat M1 this year. At that time, the carrier also said LTE Cat NB1 (NB-IoT) would “follow.”